@misc{oai:repo.qst.go.jp:00064871,
 author = {栗原, 一樹 and 川口, 拓之 and 小畠, 隆行 and 伊藤, 浩 and 岡田, 英史 and その他 and 川口 拓之 and 小畠 隆行 and 伊藤 浩},
 month = {Dec},
 note = {Near-infrared topography has been used to non-invasively measure cerebral oxygenation and haemodynamic changes associated with brain activation. A priori information of the spatial sensitivity profiles of source-detector pairs can improve the accuracy of the image reconstruction of the diffuse optical topography. The head model of which anatomical structure is based on magnetic resonance images of the head was constructed to predict the spatial sensitivity profile of source-detector pairs. The pulse sequences which can acquire adequate magnetic resonance images to segment different types of tissues in the head were chosen for the fast and semi-automatic construction. Light propagation in the head model was predicted by Monte Carlo simulation to estimate the spatial sensitivity profiles in the brain. The topographic image of the brain function was improved by the image reconstruction with the spatial sensitivity profile., 第１回ニューロフォトニクス研究会( レーザー学会第437回研究会)},
 title = {磁気共鳴画像を利用した拡散光イメージング},
 year = {2012}
}